The most common sexually transmitted infection in the world is human papillomavirus (HPV). HPV types 16 and 18 are responsible for 60-80% of cervical cancers and precancerous cervical lesions worldwide.
In this study, it was aimed to evaluate the correlation of HPV genotype distribution with cervical cytology results in cervical smear samples and to contribute to HPV epidemiology.
This study included 72 female patients. For detection of the HPV genotypes, a multiplex real-time polymerase chain reaction (PCR) method that could detect more than 25 different HPV types was used. The cervical cytology and histopathology results of the patients were also evaluated simultaneously.
The frequency of high-risk HPV was 35% (25/72). The most common types were HPV51 (10%), HPV16 (8%), and HPV66 (8%), respectively. The most common type HPV51 and multiple HPV types were seen in 21-34 age groups. HPV DNA was detected in 21 of 43 samples that had cervical smear diagnosis grouping. Twelve samples (26%) had normal cytology. Low grade squamous intraepithelial lesions were the most common cytological diagnosis in HPV DNA positive samples. The most common HPV types in the patients diagnosed low grade squamous intraepithelial lesions and high grade squamous intraepithelial lesions were HPV16 and HPV52.
In this study, the frequency of high-risk HPV genotypes was 35% as similar to reports of the other studies conducted in our country. The most common types were HPV51, HPV16, and HPV66, respectively. The follow-up of patients with HPV51 infection in our area could help to improve the natural course of the disease and effective prevention programs.
In this study, the frequency of high-risk HPV genotypes was 35% as similar to reports of the other studies conducted in our country. https://www.selleckchem.com/products/bms-502.html The most common types were HPV51, HPV16, and HPV66, respectively. The follow-up of patients with HPV51 infection in our area could help to improve the natural course of the disease and effective prevention programs.Although the classic Reed-Sternberg (RS) cell is considered a diagnostic of Hodgkin's disease, RS-like cells have been noted in various benign and malignant conditions. The presence of these cells can be a diagnostic challenge.
Our aim was to see if cells morphologically resembling or identical to RS cells occur in conditions other than Hodgkin lymphoma (HL) and what proportion of cases show binucleate cells in various benign and malignant conditions. We also want to discuss the diagnostic utility of cytomorphological features in predicting HL.
This study is a retrospective analysis of 2086 cytology cases. The cytosmears were screened for the presence of binucleate cells. A detailed cytomorphological analysis of cytosmears with binucleate cells was performed, and the diagnostic utility of cytomorphological criteria in delineating HL was examined.
Out of 2086 smears, 55 (2.6%) cytosmears showed binucleated RS/RS-like cells. Out of these 55 cases, 6 were HL, 3 cases were non-HL (NHL), 3 were sarcoma, 32 were carcinoma, and 11 were benign/inflammatory lesions. The presence of prominent eosinophilic nucleoli, granulomas, and eosinophils had good sensitivity and specificity in predicting the diagnosis of HL.
A detailed cytomorphological analysis is of limited value in categorizing the RS and RS-like cells. However, few cytomorphological features such as prominent eosinophilic nucleoli, eosinophils, granulomas, and lack of clustering of atypical cells can help us in predicting HL.
A detailed cytomorphological analysis is of limited value in categorizing the RS and RS-like cells. However, few cytomorphological features such as prominent eosinophilic nucleoli, eosinophils, granulomas, and lack of clustering of atypical cells can help us in predicting HL.Early detection of pancreatic adenocarcinomas is essential for improving survival. In this regard, endoscopic ultrasound-guided fine-needle aspiration cytology (EUS-FNAC) has established itself as the method of choice for its ability to target lesions smaller than those which could be targeted by the traditional imaging methods like transabdominal ultrasound. Identifying these tumors correctly on FNA may be challenging because pancreatic adenocarcinomas may show a wide range of morphological features and the presence of contaminants from the gastrointestinal tract may show up as potential pitfalls. This study presents detailed cytomorphological analyses of 59 cases reported as pancreatic adenocarcinomas on smears and cell blocks. The clinical and histopathology follow-up data wherever available have also been presented.
EUS-FNAC smears and cell blocks from cases reported as pancreatic adenocarcinomas were retrospectively evaluated with individual assessments of a range of features related to cellularity, cellular arrangement, cytoplasmic qualities, and nuclear features. Aspirates from peripancreatic lymph nodes, histopathology sections, and clinical records were reviewed wherever available.
Nonneoplastic cells like pancreatic ductal cells and acinar cells, duodenal, and gastric epithelia were detected along with neoplastic cells showing a wide range of variations in different cytomorphological characters. Often, a mixture of features was noted in the same case. Cell block preparations served as useful adjuncts since they made it possible to render unequivocal diagnoses of malignancies in cases where smears were hypocellular.
The study creates a useful knowledge base of cytomorphological features of pancreatic adenocarcinomas.
The study creates a useful knowledge base of cytomorphological features of pancreatic adenocarcinomas.Radiology and pathology are pivotal tools in the investigational artillery for management of wide spectrum of hepatic lesions and early detection is of a paramount importance.
The study aimed at analyzing the efficacy, comparative yield and validity of image-guided aspiration cytology (FNA)/core biopsy (CB) in focal hepatic lesions.
A retrospective hospital-based study was conducted in departments of Pathology and Radiology and Imaging of a tertiary care center.
Cases of focal hepatic lesions that underwent percutaneous image guided-FNA reported (2011-2018) were analyzed. Cytological-histopathological correlation was performed where available. FNA diagnoses were divided into four categories-positive for malignancy (group 1), atypical (group 2), negative for malignancy (group 3), and non-diagnostic (group 4).
Categorical data was depicted in the form of frequencies and proportions. Validity of percutaneous image-guided FNA diagnosis was collated with the final diagnosis and results were analyzed.
A total of 338 FNA of focal hepatic lesions were reported in which 217 (68.